using _1200Gxml心电图绘制;
using Newtonsoft.Json;
using System;
using System.Collections.Generic;
using System.Configuration;
using System.Drawing;
using System.Drawing.Imaging;
using System.IO;
using System.Linq;
using System.Text;
using System.Threading.Tasks;
using System.Windows.Forms;
using 心电图绘制;

namespace 心电图绘制
{
    internal class print
    {


        /// <summary>
        /// 报告样式类型
        /// </summary>
        public int reportMode = 0;

        /// <summary>
        /// 报告样式类型名称
        /// </summary>
        public string strreportMode = string.Empty;

        /// <summary>
        /// 走速
        /// </summary>
        public int cBoxSpeed = 0;
        /// <summary>
        /// 振幅
        /// </summary>
        public int cBoxAmplitude = 0;

        /// <summary>
        /// PDF文件名称
        /// </summary>
        public string filename = string.Empty;
        /// <summary>
        /// 生成报告base64
        /// </summary>
        public string imagebase = string.Empty;
        private string _printFilter = "0Hz";
        private Bitmap _ecgBitMap;
        private static int _printDpi = 300;//打印DPI
        private const int Dpi = 96; //屏幕DIP
        private readonly string _isQiBo;//是否是起搏信号
        private int _leadindexdata;
        private const string LeaderName15 = "5x3+1导报告模式";
        private const string LeaderName18 = "18导报告模式";
        private string _reportTitleContent = string.Empty;
        private string _idStr;
        private string collectTime;//心电数据采集时间
        private const double Coefficient = 1.02; //放大缩小的系数
        private List<int> _longLeadInfo = new List<int>(); //存储任意长两导联的导联下标
        private readonly List<int> _longLeadInfo3 = new List<int>(); //存储任意长三导联的导联下标
        public string LeaderType; //导联类别
        private Dictionary<int, List<float>> _ecgDataDicAfterFilter = new Dictionary<int, List<float>>(); //滤波后的数据都存在这个字典中
        private int _filterIndex; //滤波时 此标志  指示从数组中 哪一个位置开始滤波

        private double _paperSpeed = 25.0; //走速
        private string _ps = "25mm/s"; //打印时的走速
        private double _amplitude = 10.0; //振幅
        private string _amp = "10mm/mV"; //打印时的振幅
        private double _calibrationVoltage = 2.0;//定标电压

        float[] valueConvert(float[] valueArray)
        {
            float[] quotients = valueArray.Select(n => n / 500).ToArray();
            return quotients;
        }

        /// <summary>
        ///     获得心电诊断快照数据
        /// </summary>
        public void GetEcgViewDataImage(Image img, string addr, PatientInfo info, int type, string json)
        {
            _ecgDataDicAfterFilter.Clear();

            // string ecgDataJsonStr = File.ReadAllText(Application.StartupPath + @"\60心拍心电图数据JSON.txt");
            string ecgDataJsonStr = json;
            leadDataModel LDM = JsonConvert.DeserializeObject<leadDataModel>(ecgDataJsonStr);
            float[] LEAD_I = valueConvert(Array.ConvertAll(LDM.LEAD_I.Split(' '), float.Parse));
            _ecgDataDicAfterFilter.Add(0, LEAD_I.ToList());
            float[] LEAD_II = valueConvert(Array.ConvertAll(LDM.LEAD_II.Split(' '), float.Parse));
            _ecgDataDicAfterFilter.Add(1, LEAD_II.ToList());
            float[] LEAD_III = valueConvert(Array.ConvertAll(LDM.LEAD_III.Split(' '), float.Parse));
            _ecgDataDicAfterFilter.Add(2, LEAD_III.ToList());
            float[] LEAD_AVR = valueConvert(Array.ConvertAll(LDM.LEAD_AVR.Split(' '), float.Parse));
            _ecgDataDicAfterFilter.Add(3, LEAD_AVR.ToList());
            float[] LEAD_AVL = valueConvert(Array.ConvertAll(LDM.LEAD_AVL.Split(' '), float.Parse));
            _ecgDataDicAfterFilter.Add(4, LEAD_AVL.ToList());
            float[] LEAD_AVF = valueConvert(Array.ConvertAll(LDM.LEAD_AVF.Split(' '), float.Parse));
            _ecgDataDicAfterFilter.Add(5, LEAD_AVF.ToList());
            float[] LEAD_V1 = valueConvert(Array.ConvertAll(LDM.LEAD_V1.Split(' '), float.Parse));
            _ecgDataDicAfterFilter.Add(6, LEAD_V1.ToList());
            float[] LEAD_V2 = valueConvert(Array.ConvertAll(LDM.LEAD_V2.Split(' '), float.Parse));
            _ecgDataDicAfterFilter.Add(7, LEAD_V2.ToList());
            float[] LEAD_V3 = valueConvert(Array.ConvertAll(LDM.LEAD_V3.Split(' '), float.Parse));
            _ecgDataDicAfterFilter.Add(8, LEAD_V3.ToList());
            float[] LEAD_V4 = valueConvert(Array.ConvertAll(LDM.LEAD_V4.Split(' '), float.Parse));
            _ecgDataDicAfterFilter.Add(9, LEAD_V4.ToList());
            float[] LEAD_V5 = valueConvert(Array.ConvertAll(LDM.LEAD_V5.Split(' '), float.Parse));
            _ecgDataDicAfterFilter.Add(10, LEAD_V5.ToList());
            float[] LEAD_V6 = valueConvert(Array.ConvertAll(LDM.LEAD_V6.Split(' '), float.Parse));
            _ecgDataDicAfterFilter.Add(11, LEAD_V6.ToList());

            if (!string.IsNullOrEmpty(info.orgname))
            {
                _reportTitleContent = info.orgname;
            }
            else
            {
                _reportTitleContent = "心电图报告";
            }

            _idStr = info.examid;//编号
            collectTime = info.doctorDiagTime;//报告日期
            //长两导的模式下  默认添加 第一导 和 第二导联 为 长显示两导联
            _longLeadInfo.Add(0);
            _longLeadInfo.Add(1);
            //长三导的模式下  默认添加 第一导 和 第二导联和第三导联  为 长显示三导联
            _longLeadInfo3.Add(0);
            _longLeadInfo3.Add(1);
            _longLeadInfo3.Add(2);
            var cpew = new CommonPrintEcgWave();
            var filter = _printFilter;
            _ecgBitMap = new Bitmap(1090 * _printDpi / Dpi, 760 * _printDpi / Dpi);
            _ecgBitMap.SetResolution(_printDpi, _printDpi);
            cpew.InitEcgParameter(_ecgBitMap, _ecgDataDicAfterFilter, _isQiBo, _paperSpeed, _amplitude);

            //************************************************************************  
            var ecgInfoList = new string[14];
            ecgInfoList[0] = "姓名：" + info.name;//姓名
            ecgInfoList[1] = "性别：" + info.gender;
            ecgInfoList[2] = "年龄：" + info.age;
            ecgInfoList[3] = "RV5+SV1：" + info.rv5sv1plus + " mV";
            ecgInfoList[4] = "PR间期：" + info.pr + " ms";
            ecgInfoList[5] = "P/T/QRS°：" + info.pt + "°";
            ecgInfoList[6] = "QT/QTC：" + info.qtqtc + " ms";
            ecgInfoList[7] = "QRS时限：" + info.qrs + " ms";
            ecgInfoList[8] = "RV5/SV1：" + info.rv5sv1 + " mV";
            ecgInfoList[9] = "HR：" + info.hr + " bpm";
            ecgInfoList[10] = "病室：" + info.ward;
            ecgInfoList[11] = "床号";
            ecgInfoList[12] = "住院号：" + info.regid;
            ecgInfoList[13] = "P波时限：" + info.ptimelimit + " ms";
            SetAandP(); //设置增益和走速

            var diagContent = info.diagContent;
            var diagArray = diagContent.Split('\n');
            diagContent = string.Empty;
            for (var i = 0; i < diagArray.Length; i++) diagContent += diagArray[i].Trim();

            if (_ecgDataDicAfterFilter.Count > 0)
                _filterIndex = 0;
            else
                _filterIndex = 0;
            // _leadindexdata = hScrollBar_Lead.Value * _filterIndex;
            _leadindexdata = _filterIndex;

            if (strreportMode == LeaderName15) filter += " 十五加一长导模式";
            if (strreportMode == LeaderName18) filter += " 十八导模式";
            if (reportMode == 2)
            {
                cpew.PrintBackGroundGrid(16, 196);
                cpew.PrintLongReportHeadInfo(_reportTitleContent);
                cpew.PrintLongEcgInfo(ecgInfoList, _idStr);
                cpew.PrintLongDiagInfo(diagContent, info.doctorName,
                    collectTime, filter,
                   collectTime, "科室：" + info.DepartName, _amp, _ps, img, addr);
            }
            else
            {
                cpew.PrintBackGroundGrid(40, 196); //(197-42)*12=1860像素
                cpew.PrintReportHeadInfo(_reportTitleContent, collectTime);
                cpew.PrintEcgInfo(ecgInfoList, _idStr);
                cpew.PrintDiagInfo(diagContent, info.doctorName, filter,
                    collectTime, "科室：" + info.DepartName, _amp, _ps, img, addr);
            }

            //6x2
            if (reportMode == 0)
            {
                cpew.PrintEcgWave(8, 1, _leadindexdata);
                cpew.PrintEcgLeadName(_calibrationVoltage * Coefficient);
            }

            //6x2+2
            if (reportMode == 1)
            {
                cpew.PrintEcgWave(8, 1, _longLeadInfo, _leadindexdata, _leadindexdata);
                cpew.PrintEcgLeadName(_calibrationVoltage * Coefficient, _longLeadInfo);
            }

            //十二长导
            if (reportMode == 2)
            {
                cpew.PrintLongEcgWave(5, 1, _leadindexdata);
                //cpew.PrintLongEcgWave(8, 1, _leadindexdata);
                cpew.PrintLongEcgLeadName(_calibrationVoltage * Coefficient);
            }

            //4*3 II长导模式
            if (reportMode == 3)
            {
                cpew.PrintEcgWaveFourOne(8, 1, _leadindexdata, _leadindexdata);
                cpew.PrintLeadNameFourOne(_calibrationVoltage * Coefficient, _longLeadInfo);
            }


            //4*3+3 长导模式
            if (reportMode == 4)
            {
                cpew.PrintEcgWaveFourThree(8, 1, _longLeadInfo3, _leadindexdata, _leadindexdata);
                cpew.PrintLeadNameFourThree(_calibrationVoltage * Coefficient, _longLeadInfo3);
            }


            //15x1+1导
            if (strreportMode == LeaderName15)
            {
                cpew.PrintEcgWaveFifteen(8, 1, _leadindexdata);
                cpew.PrintLeadNameFifteen(_calibrationVoltage * Coefficient, LeaderType);
            }

            //十八导
            if (strreportMode == LeaderName18)
            {
                cpew.PrintEcgWaveEighteen(8, 1, _leadindexdata);
                cpew.PrintLeadNameEighteen(_calibrationVoltage * Coefficient);
            }
            switch (type)
            {
                case 1://返回base64
                    imagebase = UniversalFun.ConvertToBase64String(_ecgBitMap, ImageFormat.Jpeg);
                    break;
                case 2://生成pdf
                    string path = string.IsNullOrEmpty(ConfigurationManager.AppSettings["path"]) ? Application.StartupPath : ConfigurationManager.AppSettings["path"];
                    UniversalFun.ConvertBitmapToPdf(_ecgBitMap, path + @"\" + info.examid + @"\" + info.examid + ".pdf");
                    filename = @"/" + info.examid + @"/" + info.examid + ".pdf";
                    // _ecgBitMap.Save("心电图报告.jpg", ImageFormat.Jpeg);
                    break;
                default:
                    break;
            }

            //_sourceCegBmp = _ecgBitMap;

        }


        /// <summary>
        ///     设置增益和走速和定标电压
        /// </summary>
        private void SetAandP()
        {
            if (cBoxSpeed == 0) //走速
            {
                _paperSpeed = 5;
                _ps = "5mm/s";
            }

            if (cBoxSpeed == 1)
            {
                _paperSpeed = 10;
                _ps = "10mm/s";
            }

            if (cBoxSpeed == 2) //走速
            {
                _paperSpeed = 12.5;
                _ps = "12.5mm/s";
            }

            if (cBoxSpeed == 3)
            {
                _paperSpeed = 25.0;
                _ps = "25mm/s";
            }

            if (cBoxSpeed == 4)
            {
                _paperSpeed = 50.0;
                _ps = "50mm/s";
            }

            if (cBoxAmplitude == 0) //振幅
            {
                _amplitude = 2.5;
                _amp = "2.5mm/mV";
                _calibrationVoltage = 0.5;
            }

            if (cBoxAmplitude == 1)
            {
                _amplitude = 5.0;
                _amp = "5mm/mV";
                _calibrationVoltage = 1.0;
            }

            if (cBoxAmplitude == 2)
            {
                _amplitude = 10.0;
                _amp = "10mm/mV";
                _calibrationVoltage = 2.0;
            }

            if (cBoxAmplitude == 3)
            {
                _amplitude = 20.0;
                _amp = "20mm/mV";
                _calibrationVoltage = 4.0;
            }

            if (cBoxAmplitude == 4)
            {
                _amplitude = 40.0;
                _amp = "40mm/mV";
                _calibrationVoltage = 8.0;
            }
        }
    }
}